Static positioning with the global positioning system (GPS): State of the art

Beutler, G.; Bauersima, I.; Gurtner, W.; Rothacher, M.; Schildknecht, T.

doi:10.1007/bfb0011349

Cited by 6 publications

(6 citation statements)

References 2 publications

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“…Для підтримання належного рівня точності при створенні векторної карти, за підоснову зазвичай використовують аеро-або космознімки. Для дотримання необхідної точності при визначенні координат точок земної поверхні необхідно встановити величину похибки взаємозв'язку між двома системами вимірювань [12]. Похибка розраховується наступним чином:…”

Section: рис 4 структура бази геоданих містобудівної документації на ...unclassified

Use of Geoinformation Systems for Optimisation of City Management

Pomortseva,

Hamaiun,

Nalyvaiko

2024

MEC

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The study aims to answer how city halls and municipal departments of territorial communities can cope with numerous tasks related to providing city services. This issue is quite relevant in our time. As a solution, there has been a proposal to use geographic information systems (GIS) and a unified geodatabase to provide local governments, municipal organisations, and citizens access to reliable information about the urban area. This information has to be systematised, structured, and stored for efficient use. Experts suggest utilising a geodatabase as a primary tool for managing massive amounts of spatial information to solve these issues. The analysis shows that this is the direction that most European and American cities have chosen. As a result of the study, the authors propose the geodatabase structure for local-level urban planning documentation. It defines a set of objects, attributes, relations, and topology rules used to represent urban planning documentation in electronic form (in the form of a city GIS). Such an approach will allow for reliably storing all the diverse information necessary for the city’s life, analysing this information, and making the right management decisions. In this study, the authors analysed existing geographic information systems of some large cities. We defined weaknesses and strengths and found out based on which software products these city GIS were developed. Then, we proposed the main structural elements (layers) of the unified geospatial database of the city GIS that would ensure the solution of all issues related to the existence of a modern city. The authors prove that the combination of a clear structure of the geodatabase, convenience, and data relevance can determine the success of city GIS, making it a core tool for ensuring harmonious development and improving the quality of life in the city. Only such an approach will facilitate the creation of a technologically advanced urban environment that will meet the modern requirements and needs of citizens. Keywords: geoinformation technologies, geoinformation system, database, protection of historical heritage, urban planning.

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Section: рис 4 структура бази геоданих містобудівної документації на ...unclassified

Use of Geoinformation Systems for Optimisation of City Management

Pomortseva,

Hamaiun,

Nalyvaiko

2024

MEC

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“…Інструменти для просторового аналізу дозволяють отримувати детальну інформацію про фізичний стан будівель, структуру місцевості, розподіл земельних ділянок та багато іншого. Це стає важливим фактором для забезпечення ефективного управління та розвитку населених пунктів [1,4,5].…”

Section: аналіз останніх досліджень і публікаційunclassified

“…Ефективне використання ресурсів. Системи моніторингу дозволяють ефективно керувати ресурсами, такими як електроенергія та вода [3][4][5][6][7]. Вони дозволяють виявляти витрати та допомагають в оп-тимізації їх використання.…”

Section: виклад основного матеріалуunclassified

Research on the Directions of Monitoring the Use of Real Estate in Settlements

Nelin,

Kasianov,

Shterndok

2023

MEC

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Monitoring real estate assets in settlements is pivotal in effective territorial management. Accurate information on the status and utilisation of these assets is essential for informed decision-making, resource allocation, and the sustainable development of lands within settlements. This research delves into the multifaceted methodologies used to achieve these objectives. The driving force behind this research is the demand for data-driven, geolocation-based decision-making. The precise evaluation of real estate assets within settlements is indispensable for efficient land use planning, infrastructure development, and the prudent management of natural resources. In the ever-evolving urban landscape, comprehending the dynamics of real estate assets is strategically imperative, facilitating optimal resource allocation and sustainable growth. Populated areas often present intricate, multi-layered geographical landscapes. Conventional real estate monitoring methods, such as manual inspections and paper documentation, often fall short of the required timeliness and accuracy for effective management. It is here that modern technologies step in, offering innovative solutions to augment the monitoring process. Geographic Information Systems (GIS) are at the forefront of this transformation. They enable the collection, analysis, and visualisation of spatial data, offering a multidimensional perspective on real estate assets. Through GIS, real-time insights into asset usage, condition, and their impact on the environment become attainable. Utilising GIS empowers decision-makers and stakeholders, aiding informed choices that facilitate sustainable urban planning and development. Furthermore, integrating remote sensing technology elevates the monitoring of real estate assets in settlements. Satellite imagery and aerial photography provide high-resolution data to detect changes and trends. That is particularly valuable for assessing urban expansion, environmental shifts, and the allocation of lands for agriculture, industry, or residential purposes. Ensuring data accuracy, accessibility, and confidentiality is a paramount aspect of efficient real estate monitoring. Advanced data analytics, machine learning algorithms, and blockchain technology can be leveraged to safeguard data integrity, ensure privacy, and enhance the overall quality of information. In summary, research on monitoring the use of real estate assets in settlements stands as a critical field with wide-reaching implications. The amalgamation of GIS, remote sensing technology, and advanced data analytics is reshaping our approach to comprehending, managing, and planning land usage in urban and rural contexts. By harnessing the capabilities of modern technology and data-driven insights, we pave the way for more sustainable and efficient territorial management. Keywords: spatial provision, monitoring, geoinformation system, land use, cadastral data, modelling.

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“…The problem of predicting buckling boom damage for cranes can be solved using a Gaussian process regression model. This approach will help to obtain better results in point and interval forecasting, thus improving the accuracy of the model [4][5][6][7].…”

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confidence: 99%

Modern approaches to studying the accuracy of determination of deformation values in geodesic monitoring of crane equipment

Mamonov,

Nalivayko,

Nalivayko

et al. 2024

УМЖ

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The purpose of the research, the materials of which are presented in this paper, is to reveal modern approaches to combat the deformation of geometric parameters in the construction of electric overhead cranes. This issue is quite relevant in terms of compliance with safety requirements at work. To solve this issue, it is proposed to use the improved technique of geodetic monitoring of geometric parameters of constructions of overhead and electric gantry cranes. The paper describes a laser-mirror system for controlling geometric parameters, which allows considering fairly strict requirements. This method, as demonstrated by experimental data, is one of the most reliable and accurate. The authors developed and used the installations of the “Laser beam – mirror” system, which shall meet clear methodological requirements. It is shown that the deviation from the correct installation of the mirror in the vertical plane leads to an increase in measurement errors. The research was carried out with the help of a laser mirror device. As a result of the research and using the procedure developed by the authors, a rectangular scale for fixing the laser beam was proposed. The implementation of the results obtained by the authors will allow establishing the accuracy of measurements within the limits of permissible values. In addition, the existing permissible deviations of the geometric parameters of the constructions of overhead cranes at industrial enterprises were analysed. The authors identified the shortcomings of modern existing methods and proposed new geodetic equipment and methods of their implementation. The paper examines the accuracy of the developed methods that can ensure and increase the guarantee of safe operation of overhead cranes.

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Static positioning with the global positioning system (GPS): State of the art

Cited by 6 publications

References 2 publications

Use of Geoinformation Systems for Optimisation of City Management

Use of Geoinformation Systems for Optimisation of City Management

Research on the Directions of Monitoring the Use of Real Estate in Settlements

Modern approaches to studying the accuracy of determination of deformation values in geodesic monitoring of crane equipment

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